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    • 2. 发明授权
    • Variable capacity wobble plate compressor
    • 可变容量摆盘压缩机
    • US5953979A
    • 1999-09-21
    • US18095
    • 1998-02-03
    • Kazuo EitaiMinoru KanaizukaHiroyuki Ishida
    • Kazuo EitaiMinoru KanaizukaHiroyuki Ishida
    • F04B49/00F04B27/10F04B27/14F04B27/18F04B1/12F01B3/00
    • F04B27/1804F04B27/1072F04B2027/1813F04B2027/1831F04B2027/185F04B2027/1859
    • A variable capacity wobble plate compressor includes a first spring, fitted on a drive shaft between a hinge ball axially slidably fitted on the drive shaft and a thrust flange rigidly fitted on the drive shaft, for urging the hinge ball toward a cylinder block, and a second spring fitted on the drive shaft between the hinge ball and the cylinder block for urging the hinge ball toward the thrust flange. As the hinge ball is moved toward the thrust flange, a linkage connecting a drive hub slidably mounted on the hinge ball a causes an inclination of the drive hub to be increased to increase capacity of the compressor, and as the hinge ball is moved toward the cylinder block, the linkage causes the inclination of the drive hub to be decreased to decrease the capacity of the compressor. A first stopper blocks the hinge ball from moving toward the thrust flange in excess of a predetermined amount, to thereby restrict an increase in the inclination of the drive hub and set the maximum capacity of the compressor. A second stopper blocks the hinge ball from moving toward the cylinder block in excess of a predetermined amount to thereby set the minimum capacity of the compressor.
    • 可变容量摇摆板式压缩机包括:第一弹簧,其安装在轴向可滑动地装配在驱动轴上的铰链球之间的驱动轴上,以及刚性地装配在驱动轴上的推力凸缘,用于将铰链球推向气缸体;以及 第二弹簧安装在铰链球和气缸体之间的驱动轴上,用于将铰链球推向推力凸缘。 当铰链球朝向推力凸缘移动时,连接可滑动地安装在铰链球a上的驱动轮毂的连杆引起驱动轮毂的倾斜度增加以增加压缩机的容量,并且当铰链球向着 气缸体,连杆导致驱动轮毂的倾斜度减小,以降低压缩机的容量。 第一止动件阻止铰链球超过预定量向推力凸缘移动,从而限制驱动轮毂的倾斜度的增加并设定压缩机的最大容量。 第二止动件阻止铰链球朝向气缸体移动超过预定量,从而设定压缩机的最小容量。
    • 5. 发明授权
    • Variable capacity wobble plate compressor
    • 可变容量摆盘压缩机
    • US5947002A
    • 1999-09-07
    • US990969
    • 1997-12-15
    • Kazuo EitaiMinoru KanaizukaHiroyuki Ishida
    • Kazuo EitaiMinoru KanaizukaHiroyuki Ishida
    • F04B27/08F04B27/10F01B3/00
    • F04B27/1072
    • A variable capacity wobble plate compressor includes a drive shaft, a rotating member rigidly fitted on the drive shaft for rotation in unison with the drive shaft, a tilting rotating member mounted on the drive shaft in a slidable manner, and a pair of link members connecting the rotating member and the tilting rotating member to each other. The rotating member has one radial end portion thereof formed with a pair of link member-holding portions extending in parallel with each other. The pair of link members has one ends thereof pivotally connected to the pair of link member-holding portions by a first connecting member, and other ends thereof connected to the tilting rotating member by a second connecting member. The first connecting member is formed by a bolt, one of the pair of link member-holding portions being formed therethrough with an internal thread, another of the pair of link member-holding portions and the one ends of the link members being formed respectively with through holes, the bolt extending through the through holes of the another of the pair of link member-holding portions and the one ends of the link members and being screwed into the internal thread formed through the one of the pair of link member-holding portions.
    • 可变容量摆盘压缩机包括驱动轴,刚性地装配在驱动轴上用于与驱动轴一致旋转的旋转构件,以可滑动的方式安装在驱动轴上的倾斜旋转构件,以及一对连杆构件, 旋转构件和倾斜旋转构件。 旋转构件的一个径向端部形成有彼此平行延伸的一对连杆构件保持部。 一对连杆构件的一端通过第一连接构件与一对连杆构件保持部枢转连接,另一端通过第二连接构件连接到倾斜旋转构件。 第一连接构件由螺栓形成,一对连杆构件保持部分中的一个通过内螺纹形成,一对连杆构件保持部分中的另一个和连杆构件的一端分别形成有 通孔,螺栓延伸穿过一对连杆构件保持部分中的另一个和连杆构件的一端的通孔,并被拧入通过一对连杆构件保持部分中的一个形成的内螺纹中 。
    • 6. 发明授权
    • Refrigerating compressor with breakaway pulley portion
    • 具有分离式滑轮部分的制冷压缩机
    • US5800137A
    • 1998-09-01
    • US645145
    • 1996-05-13
    • Kazuo EitaiMinoru KanaizukaHiroyuki IshidaShuzo KumagaiTadashi Kobayashi
    • Kazuo EitaiMinoru KanaizukaHiroyuki IshidaShuzo KumagaiTadashi Kobayashi
    • F04B39/00F04B9/00F04B27/10F04B27/14F04B35/00F04B49/10F16D9/08
    • F04B27/0895Y10T403/11
    • A refrigerant compressor includes a drive shaft, a pulley fixedly fitted on the drive shaft, over which is passed a torque-transmitting member for transmitting torque from an external drive source to the drive shaft, and a compression rotational member mounted on the drive shaft for rotation in unison with the drive shaft to enable compression of a refrigerant gas. The pulley has a rim in the form of a hollow cylinder, over which is passed the torque-transmitting member, a boss which is fixedly fitted on the drive shaft, and a support member connecting the rim and the boss. A breakaway portion is provided in the support member or the drive shaft for breaking to disconnect the torque-transmitting member from the compression rotational member when a load torque larger than a predetermined value is applied to the breakaway portion. A bearing is arranged on the pulley for receiving tension of the torque-transmitting member to thereby maintain the rim in a rotating state when the torque-transmitting member is disconnected from the compression rotational member by breaking of the breakaway portion.
    • 一种制冷剂压缩机,包括驱动轴,固定地安装在驱动轴上的滑轮,通过用于将转矩从外部驱动源传递到驱动轴的扭矩传递部件,以及安装在驱动轴上的压缩旋转部件, 与驱动轴一致地旋转以能够压缩制冷剂气体。 滑轮具有中空圆柱形的轮辋,通过扭矩传递构件,固定地安装在驱动轴上的凸台和连接轮辋和凸台的支撑构件。 当分离部分施加大于预定值的负载转矩时,在所述支撑构件或所述驱动轴上设置有用于断开的分离部分,以将所述扭矩传递构件与所述压缩旋转构件断开。 轴承设置在皮带轮上,用于承受扭矩传递部件的张力,从而当转矩传递部件通过断开分离部分而与压缩旋转部件断开时,将轮辋保持在旋转状态。
    • 8. 发明申请
    • Swash plate compressor
    • 斜盘式压缩机
    • US20050115401A1
    • 2005-06-02
    • US10509914
    • 2003-11-17
    • Satoshi WatanabeMinoru KanaizukaYasunori FujitaToshiaki KuribaraRyosuke Izawa
    • Satoshi WatanabeMinoru KanaizukaYasunori FujitaToshiaki KuribaraRyosuke Izawa
    • F04B27/08F01B3/00
    • F04B27/0886
    • The lubrication between a shoe and a shoe pocket is improved without having to perform a complicated forming process. In a swash plate compressor comprising a swash plate locked to a drive shaft, which rotates together with the drive shaft, a shoe 31 that slidably contacts the swash plate, a piston 13 slidably disposed within a bore defining a compression space and a shoe pocket 36 that is formed as an integrated part of the piston 13 and slidably fits with the shoe 31, a beveled portion 41 is formed at an edge of an opening at the shoe pocket 36. A recessed portion 40 of the shoe pocket 36 is formed so as to achieve a constant curvature, whereas a projecting portion 32 of the shoe 31 is formed so as to achieve at least two different curvatures. The shoe pocket is designed so that a tangent point 46 of the recessed portion 40 and the beveled portion 41 is set within a strip range 45 over which the projecting portion 32 and the recessed portion 40 achieve contact with each other.
    • 改进了鞋和鞋口袋之间的润滑,而不必执行复杂的成型工艺。 在包括与驱动轴一起旋转的驱动轴锁定的斜盘的旋转斜盘压缩机中,可滑动地接触旋转斜盘的滑块31,可滑动地设置在限定压缩空间的孔内的活塞13和鞋口36 其形成为活塞13的一体部分并与鞋31可滑动地配合,在鞋口袋36的开口的边缘处形成有倾斜部分41。 鞋口36的凹部40形成为实现恒定的曲率,而鞋31的突出部32形成为实现至少两个不同的曲率。 鞋口袋被设计成使得凹部40的切点46和斜面部41被设置在突出部32和凹部40彼此接触的条带范围45内。
    • 9. 发明申请
    • Reciprocating compressor
    • 往复式压缩机
    • US20060275148A1
    • 2006-12-07
    • US10546422
    • 2003-11-17
    • Satoshi WatanabeMinoru KanaizukaYasunori FujitaRyosuke IzawaToshiaki Kuribara
    • Satoshi WatanabeMinoru KanaizukaYasunori FujitaRyosuke IzawaToshiaki Kuribara
    • F04B27/08
    • F04B27/1081F04B27/0891F04B27/1045
    • A reciprocating compressor comprising a cylinder block (3) having formed therein a plurality of cylinders (11), a shaft rotatably passing through the cylinder block and pistons engaged in reciprocating movement inside the cylinders (11) as the shaft rotates, which is installed by fastening mounting leg parts (31) disposed at the cylinder block (3) at mounting positions, is characterized in that the mounting leg parts are each constituted with a connecting portion (31a) extending from the cylinder block 3 and a projected portion (31b) formed continuously to the connecting portion to project on one side or both sides of the connecting portion along the tightening direction and that the projected portion (31b) has a lower level of rigidity compared to the connecting portion (31a). The reciprocating compressor eliminates the need for rigorous management of the piston clearance by assuring firm installation via the mounting leg parts and also assuring smooth movement of the pistons with the extent of cylinder deformation kept within the allowable range.
    • 一种往复式压缩机,包括:气缸体(3),其中形成有多个气缸(11),可旋转地穿过气缸体的轴和当轴旋转时在气缸(11)内往复运动的活塞,其被安装在 在安装位置设置在气缸体(3)上的紧固安装腿部(31)的特征在于,安装腿部各自由从气缸体3延伸的连接部(31a)和突出部(31 b)连续地形成在连接部分上,沿着紧固方向在连接部分的一侧或两侧突出,并且与连接部分(31a)相比,突出部分(31b)具有较低的刚度。 往复式压缩机通过确保通过安装腿部部件的稳定的安装而消除了对活塞间隙的严格管理的需要,并且还确保活塞的平稳运动与气缸变形的程度保持在允许范围内。
    • 10. 发明申请
    • Reciprocating compressor
    • 往复式压缩机
    • US20060140785A1
    • 2006-06-29
    • US10550546
    • 2003-11-17
    • Satoshi WatanabeMinoru KanaizukaYasunori FujitaRyosuke IzawaToshiaki KuribaraHironori TomitaHirofumi Kobayashi
    • Satoshi WatanabeMinoru KanaizukaYasunori FujitaRyosuke IzawaToshiaki KuribaraHironori TomitaHirofumi Kobayashi
    • F04B27/08
    • F04B27/1036F04B39/0055
    • A reciprocating compressor includes a front-side delivery chamber 18a formed at a front-side cylinder head 6, a rear-side delivery chamber 18b formed at a rear-side cylinder head 8, a plurality of delivery passages 12a and 12b formed at cylinder blocks 2 and 4 and an outlet port 16 that communicates between one of the delivery passages and an external circuit. The other delivery passage 12b that is not in communication with the outlet port 16 is made to communicate with the front-side delivery chamber 18a and the rear-side delivery chamber 18b and is also made to communicate with the delivery passage 12a in communication with the outlet port 16 via a guide passage 17. The delivery passage 12a in communication with the outlet port 16 is made to communicate with either the front-side delivery chamber or the rear-side delivery chamber via a constricted portion 40 having a passage section smaller than the passage sections at positions at which the other delivery passage 12b communicates with the delivery chambers 18a and 18b, and the dimensions of the constricted portion are set so that its area is equal to or smaller than the area of a circular section with a diameter of 1.5 mm. The reciprocating compressor adopting the structure described above makes it possible to reduce the extent of discharge pulsation and ultimately reduce vibration and noise.
    • 往复式压缩机包括形成在前侧气缸盖6的前侧输送室18a,形成在后侧气缸盖8的后侧输送室18b,多个输送通道12a和12b 形成在气缸体2和4以及在一个输送通道和外部回路之间连通的出口16。 不与出口16连通的另一个输送通道12b与前侧输送室18a和后侧输送室18b连通并且也与输送通道12a连通 经由引导通道17与出口16连通。 与出口16连通的输送通道12a经由收缩部分40与前侧输送室或后侧输送室连通,收缩部分40具有通道部分,该通道部分比通道部分小 其他输送通道12b与输送室18a和18b连通,并且缩颈部分的尺寸设定成其面积等于或小于直径为1.5mm的圆形部分的面积。 采用上述结构的往复式压缩机能够减小排出脉动的程度并最终减少振动和噪音。